Hydration Cream, Derma E, DMAE Firming, Copper Peptides, Resveratrol, 56g
Derma E Hydration Cream is a rich yet fast-absorbing moisturizer formulated to help support a firmer-looking, more youthful complexion. Powered by a targeted blend of DMAE, copper peptides, and resveratrol, this advanced formula delivers intense hydration while helping improve the look of skin tone and elasticity. The convenient 56 g size makes it easy to keep your daily skincare routine consistent at home or while traveling.
Designed for those concerned with visible signs of aging, Derma E DMAE Firming Hydration Cream supports skin with antioxidant protection and a smoother-looking finish. With regular use, skin appears more plump, more comfortable, and better supported against everyday environmental stressors.
Benefits
- Deep, long-lasting hydration to reduce the look of dryness and tightness
- Firming support to help improve the appearance of skin elasticity
- Helps reduce the look of fine lines and wrinkles with consistent use
- Antioxidant defense from resveratrol to help protect against environmental aggressors
- Smoother, more refined appearance for a healthier-looking complexion
Instructions
- Apply a small amount to clean, dry skin on the face and neck.
- Massage gently using upward motions until fully absorbed.
- Use twice daily, morning and evening.
- For daytime use, follow with a broad-spectrum sunscreen.
Storage
- Store in a cool, dry place away from direct sunlight.
- Keep the container tightly closed when not in use.
Precautions
- For external use only.
- Avoid contact with eyes; rinse thoroughly with water if contact occurs.
- Discontinue use if irritation or rash develops and consult a healthcare professional.
- Keep out of reach of children.
- Perform a patch test before first use if you have sensitive skin.
Ingredients
- DMAE – supports a firmer-looking complexion and improved appearance of elasticity
- Copper peptides – help support the look of collagen and skin resilience
- Resveratrol – provides antioxidant protection against environmental stressors